The model includes all the meteorological parameters necessary to provide meaningful information for
electromagnetic waves propagating through the atmosphere, and shows that a temperature difference of up to 4 / spl deg / C can be produced depending on the moisture content of the surrounding air.
In this story, and in his latest book, 17 Equations that Changed the World, Ian Stewart uses Maxwell's equation for
electromagnetic waves propagating in a vacuum.
About 150 years ago, James Clerk Maxwell devised a set of equations that predicted the existence of
electromagnetic waves propagating at the speed of light.
Not exact matches
According to the Will - Synge interpretation of Whitehead's theory, gravitational forces are
propagated along straight lines determined by the prior geometry, while
electromagnetic waves are deflected by the contingencies of the universe.
If the medium through which an
electromagnetic wave is
propagating is moving as fast as the
wave itself, the
wave is effectively trapped and can not escape the medium.
Electromagnetic radiation is a
propagating wave in space with electric and magnetic components.
«It seems we have strong reason to conclude that light itself (including radiant heat, and other radiations if any) is an
electromagnetic disturbance in the form of
waves propagated through the
electromagnetic field,» he wrote in 1864.
...
propagate as what are called
electromagnetic waves.
In an assumed ideal free space (without intrusion from other fields or forces of any kind, devoid of matter, and, thus, in effect without any intrusions, demarcations, or boundaries), such
waves propagate with the speed of light in the so - called transverse
electromagnetic mode — one...
The
propagating electromagnetic wave from the earths surface is now absorbed by the molecule which in turn adopts kinetic and thereby
electromagnetic properties as the state of rest is now disrupted and its components vibrate, sending out
electromagnetic waves as it struggles to balance its competing internal forces.